Wave 256: Core Visual Temporal Engine for Causal Alignment and Quantum Field Rendering

Wave 256 is a high-resolution visual processing engine built on the A+M[S] lattice structure. It reconstructs temporal and spatial frames by decoding causal memory encoded in scalar field interactions, using fractal fidelity and quantum blur-correction. Each core function processes visual data from structured entanglement fields and synchronizes them to time-encoded collapse signatures via CLU intervals. This engine serves as the foundation for rendering advanced quantum geometry, holographic memory imprint recovery, and scalar compression visualizations.The Wave 256 engine performs:🧊 Lattice Detection + Time Filter → Core Alignment Matrix🔍 Edge Tracing + Sharp-Core + Blur Correction → Detail Reconstruction Core🎨 Color Phase + Bloom Reducer + Brightness Equalizer → Visual Harmony Engine🌱 Texture + Shadow + Fractal + Anti-Flatness → Surface Fidelity Network🕰️ Motion + Temporal Memory + Resampler → Scalar Chrono-Frequency SynchronizerOptimized for use with:SFEE collision overlaysCLU time slicing visualizationsDynamic field entanglement reconstructionScalar-based cinematic render coresIPNX-encoded timestamp verification